Product Description:

The MDD071C-N-060-N2T-095GL1 is a synchronous servo motor produced by Bosch Rexroth Indramat within the MDD Synchronous Motors series. It is intended for use with digital drive controllers where precise velocity and position regulation are required on automated axes such as pick-and-place arms or packaging stations. The motor converts electrical command signals into rotary motion and torque that can be synchronized closely with the controller feedback loop. This operating principle supports repeatable indexing, rapid positioning, and stable speed control during continuous machine cycles. It is well suited to axes that must accelerate, stop, and reverse while maintaining commanded position accuracy.

The motor can sustain a continuous standstill torque of 6.6 Nm, giving machinery stable holding force while the shaft is motionless. When commanded to run, the rotor reaches a nominal speed of 6000 rpm, allowing rapid cycle times in applications that need high peripheral velocity. A centering diameter of 95 mm provides the reference surface for concentric mounting to a gearbox or machine plate. Power and feedback leads exit on the left side through a single connector, which can simplify cable routing where rear clearance is limited. The frame belongs to motor size 071, a dimensional code that indicates the stator diameter and the matching mechanical envelope. That frame size helps the motor fit established mounting patterns used in compact servo assemblies.

An integrated blocking brake supplies 3.0 Nm of static torque to secure the load when power is removed, and its release is coordinated by the drive. Rotor position is reported through digital servo feedback (DSF) from the internal multi-turn absolute encoder, so the control system can resume operation without a separate reference pass after a normal restart. A fitted shaft seal limits contamination ingress, and the plain output shaft supports direct coupling to pulleys or couplings without a keyway. This arrangement is useful in enclosed machine sections where splash resistance and straightforward shaft coupling are both needed. The construction follows motor length code C, which gives the housing a depth suited to the motor's inertia and thermal capacity. Standard balancing and housing dimensions keep vibration behavior and mounting proportions consistent within the series.